D150F750 Newton Parabolic Reflector Primary Mirror with 35mm Secondary Mirror(D150F750+35mm)
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D150F750 Parabolic Primary Mirror with 150mm aperture and 750mm focal length, designed for optimal convergence and clarity of light. Includes a 35mm secondary mirror, ideal for enhancing your DIY astronomical telescope projects and improving the overall viewing experience. Constructed of durable glass material with aluminum film coating, ensures protection against scratches and improves longevity. Features a center mark for easy optical calibration, allowing precise alignment with eyepieces and improving telescope performance. Perfect for astronomy enthusiasts looking to build or upgrade their telescopes, offering superior images than spherical mirrors.
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916.73
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€ 916.73 |
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€ 916.73 |
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Description
Amazon
D150F750 Parabolic Primary Mirror with 150mm aperture and 750mm focal length, designed for optimal convergence and clarity of light. Includes a 35mm secondary mirror, ideal for enhancing your DIY astronomical telescope projects and improving the overall viewing experience. Constructed of durable glass material with aluminum film coating, ensures protection against scratches and improves longevity. Features a center mark for easy optical calibration, allowing precise alignment with eyepieces and improving telescope performance. Perfect for astronomy enthusiasts looking to build or upgrade their telescopes, offering superior images than spherical mirrors.
D150F750 Parabolic Primary Mirror with 150mm aperture and 750mm focal length, designed for optimal convergence and clarity of light. Includes a 35mm secondary mirror, ideal for enhancing your DIY astronomical telescope projects and improving the overall viewing experience. Constructed of durable glass material with aluminum film coating, ensures protection against scratches and improves longevity. Features a center mark for easy optical calibration, allowing precise alignment with eyepieces and improving telescope performance. Perfect for astronomy enthusiasts looking to build or upgrade their telescopes, offering superior images than spherical mirrors.